Due to the extensive integration of communication infrastructures, the power grid is
vulnerable to a range of cyber-physical coordinated attacks. To increase the reliability of the …

This paper investigates a microgrid defense resource planning and allocation problem with
the consideration of multiperiod attacks. The defensive transmission lines and distributed …

Developing efficient strategies for defending electric power systems against attacks is a
major concern for contemporary power grids, especially when uncertainties are involved …

The electric power system is facing greater threats each year due to malicious attacks. In the
recent decade, multiple attacks on both physical and cyber layers of the power system …

Modern power system faces high risks of multi-period uncertain attacks, call for effective
countermeasures. In this paper, we propose a hybrid robust tri-level defender–attacker …

The significance of modern power grids is acknowledged every time there is a major threat.
This paper proposes the novel approaches to aid power system planner to improve power …

This paper offers the pertinent studies on the locally coordinated cyber-physical attacks that
would use the incomplete network information and could cause undetectable transmission …

This paper develops a multi-level game-theoretic framework for determining a cost-effective
defensive strategy for protecting power systems from false data injection attacks like load …

This paper analyzes a coordinated cyber-physical attack on power systems, which could
lead to undetectable line outages. Coordinated with physical attacks that cause line …

Developing efficient defensive strategies against cyber-attacks is a major concern of modern
power system research. With the goal of minimizing the expected load loss, this article …